network availability

Download your free white paper today to get a better understanding of the trends driving data center design and management and how you can use them to reduce costs, improve equipment utilization and ensure high availability!

The idea of load balancing is well defined in the IT world: A network device accepts traffic on behalf ofa group of servers, and distributes that traffic according to load balancing algorithms and the availabilityof the services that the servers provide. From network administrators to server administrators to applicationdevelopers, this is a generally well understood concept.

Can your business afford to lose $9,000 per minute?
According to the Ponemon Institute $9,000 is the average cost of an unplanned outage. In some cases the costs are much higher. The catalogue of cloud outages over recent years is well publicized and reads like a “who’s who” of the technology industry. It seems no one is immune.
But when it comes to delivering digital content, downtime isn’t the only concern. Today a poor user experience can be just as damaging as an outage. According to Limelight research, 78% of people will stop watching an online video after it buffers three times, and the majority of people will not wait more than 5 seconds for a website to load.
Organizations looking to deliver great digital experiences for their customers often choose to deliver that content using Content Delivery Networks (CDNs). Using multiple CDNs to deliver these digital content experiences promises even greater levels of availability and performance. But it brings with it a host of questi

When it comes to delivering digital content, downtime isn’t the only concern. Today a poor user experience can be just as damaging as an outage. According to Limelight research, 78% of people will stop watching an online video after it buffers three times, and the majority of people will not wait more than 5 seconds for a website to load.
Organizations looking to deliver great digital experiences for their customers often choose to deliver that content using Content Delivery Networks (CDNs). Using multiple CDNs to deliver these digital content experiences promises even greater levels of availability and performance. But it brings with it a host of questions. In this paper we’ll explore the 5 things you should know about multi-CDN in order to determine if it might make sense for your business.

Organizations looking to deliver great digital experiences for their customers often choose to deliver that content using Content Delivery Networks (CDNs). In some cases, using multiple CDNs to deliver these digital content experiences promises even greater levels of availability and performance. But how do you know if a multi-CDN strategy is right for your business? This free Guide will help!

Can your business afford to lose $9,000 per minute?
According to the Ponemon Institute $9,000 is the average cost of an unplanned outage. In some cases the costs are much higher. The catalogue of cloud outages over recent years is well publicized and reads like a “who’s who” of the technology industry. It seems no one is immune.
But when it comes to delivering digital content, downtime isn’t the only concern. Today a poor user experience can be just as damaging as an outage. According to Limelight research, 78% of people will stop watching an online video after it buffers three times, and the majority of people will not wait more than 5 seconds for a website to load.
Organizations looking to deliver great digital experiences for their customers often choose to deliver that content using Content Delivery Networks (CDNs). Using multiple CDNs to deliver these digital content experiences promises even greater levels of availability and performance. But it brings with it a host of questi

Cisco ACI, the industry-leading software-defined networking solution, facilitates application agility and data center automation. With ACI Anywhere, enable scalable multicloud networks with a consistent policy model, and gain the flexibility to move applications seamlessly to any location or any cloud while maintaining security and high availability.

F5 has worked with Microsoft during the beta cycle and beyond to ensure a high level of interoperability and optimization with the entire Windows Server 2008 platform. F5’s Application Ready Network for Windows Server 2008 not only helps optimize end-to-end performance, availability, and scalability for Windows Server 2008 deployments, but reduces the costs associated with deployment, management, and operation.

F5 is a worldwide Oracle Certified Partner, a proud member of Oracle Partner Network (OPN), and works closely with Oracle on the development and refinement of joint solutions including their Maximum Availability Architecture (MAA). By taking advantage of F5’s Application Ready Network for Oracle Application Server 10g, an integral part of Oracle Fusion Middleware, organizations can achieve an secure and optimized platform for delivering Oracle applications across the LAN and WAN.

F5 is a worldwide Oracle Certified Partner, a proud member of Oracle Partner Network (OPN), and works closely with Oracle on the development and refinement of their Maximum Availability Architecture (MAA). Oracle E-Business Suite is a fully integrated, comprehensive suite of business applications for the enterprise. In fact, Oracle is one of F5’s largest customers, providing application delivery networking to Oracle.com, and all of their internal and external enterprise applications for Oracle employees worldwide.

F5 has designed and painstakingly tested a comprehensive Application Ready Network infrastructure for PeopleSoft Enterprise applications, ensuring your organization achieves maximum ROI with the minimum amount of work. F5 provides all of the tools to help organizations optimize, secure, and deliver PeopleSoft Enterprise applications across the LAN and WAN.

As the networks become ever more essential to business processes, they are also increasing rapidly in size and complexity. Many factors can affect network availability and performance—increasing traffic, configuration problems, failed network elements, changes, and more. Since not all of these problems are hard failures, managing the network to detect and correct business-impacting problems requires new tools, strategies, and initiatives. To deliver the availability and performance business demands, network management teams need to optimize fault management and ensure availability, unify fault and performance management, automate change and configuration management to ensure compliance, and automate IT processes. This integrated approach is called Automated Network Management (ANM).

Constantly available networks typically rely on several Internet service providers to ensure always-on connectivity and increase bandwidth. Augmented VPN aggregates all Internet Service Provider links to obtain a single high capacity tunnel.

In this white paper you will learn how BGP performance automation ca help you boost network availability, minimize latency and packet loss as well as reduce operational costs by intelligently rerouting traffic across the Internet.

With trends like virtualization and BYOD making networks more complex, the need for accurate and dynamic IP address management (IPAM) is growing. Learn how to implement an IPAM solution that centralizes information to create highly efficient teams.

To ensure the full potential of your virtual platform solution, you need to make sure your application and storage network is prepared to handle the added stresses of a virtual machine (VM) infrastructure. F5® technology enables your network to adapt to virtualization needs, ensure high availability (HA), maximize resources, and improve performance so you can get the most out of your investment.

This white paper reviews the impact of server virtualization on the data center and describes a simpler way to build more secure and automated networks that fully meet the stringent performance, availability, and agility demands of data centers.

The key issues involved in developing on-device network management systems for carrier-grade enterprise and operator networks are the same for any other networked resource, only with more complexity and built-in restrictions due to the limited space and processing capabilities inherent to these types of devices.